A network device including a detection unit that detects an event includes a communication setting managing unit that manages notification settings; an event collecting unit that, in the case in which notification information linked to the event detected by the detection unit is present, determines whether or not each of the details of the notification information is a notification target in accordance with the notification settings and generates a message for each of the details that are notification targets by assigning attribute information linked to the detail or the event; and an event transmitting unit that transmits the generated one or more messages to a management server, and, in the case in which it is determined that a plurality of details corresponding to the notification information linked to the detected event are determined to be the notification targets in accordance with the notification settings, information that can be used for uniquely identifying the event as a part of the attribute information is assigned to each of the plurality of messages generated for each detail.
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1. A network device including a detection unit that detects an event, the network device comprising: a memory storing instructions; and a processor executing the instructions causing the network device to: manage notification settings; generate, in a case where the event detected by the detection unit is determined as a notification target in accordance with the notification settings, a message for the event; determine whether or not each of details of notification information is a notification target in accordance with the notification settings in a case in which the notification information linked to the event detected by the detection unit is present; generate messages for the respective details that are determined as the notification targets, wherein attribute information linked to the detail or the event is respectively assigned to the generated messages; and transmit the generated messages to a management server, wherein the attribute information includes information that can be used for uniquely identifying the event, and wherein, in a case where the event is determined not to be the notification target and the generated messages are messages only for derivative details of the notification information linked to the detected event, the attribute information respectively assigned to the generated messages does not include the information that can be used for uniquely identifying the event.
A network device monitors and processes events within a network, addressing the challenge of selectively notifying management systems about relevant events while minimizing unnecessary data transmission. The device includes a detection unit that identifies events and a processor that manages notification settings to determine which events and associated details should trigger alerts. When an event is detected, the device checks if it matches the notification criteria. If it does, a message is generated, including attribute information that uniquely identifies the event. If the event itself is not a notification target but its linked notification information contains derivative details that qualify for alerts, the device generates separate messages for those details. These messages include attribute information specific to the details but exclude the unique event identifier, ensuring only relevant data is transmitted to the management server. This approach optimizes network traffic by filtering and structuring notifications based on configurable settings, reducing the volume of irrelevant data sent for processing. The system ensures that derivative details remain traceable to their source event when necessary, while avoiding redundant event identifiers in cases where they are not required.
2. The network device according to claim 1 , wherein, in a case in which the event is determined not to be the notification target, no message is generated for the event.
A network device monitors events within a network and selectively generates messages for certain events based on predefined criteria. The device includes a processor and a memory storing instructions that, when executed, cause the processor to determine whether an event is a notification target based on event attributes such as type, severity, or source. If the event meets the criteria for notification, the device generates a message for the event, which may include details such as event type, timestamp, and severity level. The message is then transmitted to a designated recipient, such as a network administrator or monitoring system. If the event does not meet the notification criteria, the device suppresses message generation for that event, avoiding unnecessary alerts. This selective notification system reduces alert fatigue by filtering out non-critical events while ensuring important events are properly reported. The device may also log events for later analysis, regardless of whether they trigger notifications. The system is designed to improve network management efficiency by minimizing irrelevant alerts while maintaining awareness of significant network conditions.
3. The network device according to claim 1 , wherein the notification settings are updated in accordance with a change in a service used by the management server.
A network device monitors and manages network traffic, including generating notifications based on predefined settings. The device includes a notification module that configures and updates notification settings to alert administrators about network events, such as traffic anomalies or service disruptions. The notification settings can be adjusted dynamically in response to changes in services managed by a central management server. For example, if the management server modifies a service's configuration, the network device automatically updates its notification settings to reflect the new service parameters, ensuring alerts remain relevant and accurate. This dynamic adjustment prevents outdated or irrelevant notifications, improving network monitoring efficiency. The device may also include a traffic analysis module to detect network events and a communication interface to exchange data with the management server. The system ensures seamless integration between the network device and the management server, allowing real-time adaptation to service changes without manual intervention. This approach enhances network reliability and reduces administrative overhead by automating notification updates.
4. The network device according to claim 1 , wherein being a notification target or not is managed for each group of one or more events or the details of the notification information in the notification settings.
This invention relates to network devices that manage event notifications, addressing the challenge of efficiently filtering and delivering relevant notifications to users or systems. The device includes a notification management system that determines whether a given event or its details should trigger a notification based on predefined settings. These settings are organized by groups, where each group can consist of one or more events or specific details of the notification information. The system evaluates whether an event or its details belong to a group designated as a notification target. If they do, the device generates and sends the corresponding notification; otherwise, it suppresses the notification. This selective filtering ensures that only pertinent notifications are delivered, reducing unnecessary alerts and improving system efficiency. The invention enhances user experience by allowing customizable notification preferences, where users or systems can define which events or details warrant notifications, thereby tailoring the system's output to specific needs. The device may also include additional features, such as storing notification settings, processing event data, and dynamically adjusting notification criteria based on user feedback or system conditions. This approach optimizes resource usage and minimizes alert fatigue in network environments.
5. The network device according to claim 4 , wherein the notification settings are updated in a case in which there is a change in the group that is the notification target in accordance with a change in a service used by the management server.
This invention relates to network devices that manage notifications for groups of devices or users based on services provided by a management server. The problem addressed is the need to dynamically adjust notification settings when the group of notification targets changes due to modifications in the services used by the management server. The network device monitors the services and detects changes in the group of devices or users that should receive notifications. When such a change occurs, the device automatically updates the notification settings to reflect the new group configuration. This ensures that notifications are correctly directed to the appropriate recipients without manual intervention, improving efficiency and reducing errors in notification delivery. The system may involve tracking service subscriptions, user roles, or device associations to determine the correct notification targets. The solution is particularly useful in environments where services and user groups frequently change, such as cloud-based or multi-tenant systems. By dynamically updating notification settings, the network device maintains accurate and timely communication with the intended recipients.
6. A method of controlling a network device including a detection unit that detects an event, the method comprising: managing notification settings; generating, in a case where the event detected by the detection unit is determined as a notification target in accordance with the notification settings, a message for the event; determining whether or not each of details of notification information is a notification target in accordance with the notification settings in a case in which notification information linked to an event detected by the detection unit is present; generating messages for the respective details that are determined as the notification targets, wherein attribute information linked to the detail or the event is respectively assigned to the generated messages; and transmitting the generated messages to a management server, wherein, the attribute information includes information that can be used for uniquely identifying the event, and wherein, in a case where the event is determined not to be the notification target and the generated messages are messages only for derivative details of the notification information linked to the detected event, the attribute information respectively assigned to the generated messages does not include the information that can be used for uniquely identifying the event.
This invention relates to network device management, specifically a method for controlling a network device to selectively generate and transmit event notifications based on configurable settings. The problem addressed is the need to efficiently manage and filter event notifications from network devices to reduce unnecessary data transmission while ensuring critical events are properly identified and tracked. The method involves a network device with a detection unit that identifies events. The device manages notification settings to determine which events and their associated details should trigger messages. When an event is detected and deemed a notification target, a message is generated. If the event has linked notification information, the method further evaluates each detail within that information to determine if it should also trigger a notification. Messages are generated for each qualifying detail, with attribute information assigned to each message. This attribute information includes unique identifiers for the event or details, but only if the event itself is a notification target. If the event is not a target but its derivative details are, the messages for those details exclude the event's unique identifier to avoid redundant data. The method ensures that only relevant notifications are sent to a management server, optimizing network traffic while maintaining traceability of critical events through unique identifiers where applicable.
7. A non-transitory storage medium on which is stored a computer program for making a computer of a network device execute: managing notification settings; generating, in a case where the event detected by the detection unit is determined as a notification target in accordance with the notification settings, a message for the event; determining whether or not each of details of notification information is a notification target in accordance with the notification settings in a case in which notification information linked to an event detected by the detection unit is present; generating messages for the respective details that are determined as the notification targets, wherein attribute information linked to the detail or the event is respectively assigned to the generated messages; and transmitting the generated messages to a management server, wherein, the attribute information includes information that can be used for uniquely identifying the event, and wherein, in a case where the event is determined not to be the notification target and the generated messages are messages only for derivative details of the notification information linked to the detected event, the attribute information respectively assigned to the generated messages does not include the information that can be used for uniquely identifying the event.
This invention relates to a computer program for managing event notifications in a network device. The system detects events and determines whether they should trigger notifications based on configurable settings. When an event is identified as a notification target, a message is generated. If the event is linked to additional notification information, the system further evaluates each detail within that information to determine if it should also trigger a notification. Messages are generated for each qualifying detail, with attribute information assigned to each message. This attribute information includes unique identifiers for the event or its details. However, if the event itself is not a notification target but its derivative details are, the generated messages for those details will not include the unique event identifier. The program ensures efficient notification management by selectively including or excluding event identifiers based on the notification settings, reducing unnecessary data transmission while maintaining traceability for relevant events. The system is designed to operate on a network device and communicates with a management server to relay the generated messages.
Cooperative Patent Classification codes for this invention. Click any code to explore related patents in that topic.
September 10, 2020
March 22, 2022
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